SWANA releases solid waste fatality data for 2020
The Solid Waste Association of North America (SWANA), Silver Spring, Maryland, has reported that 52 municipal solid waste industry workers were killed in 2020 in the United States and Canada, with nearly 70 percent occurring during collection.
The most common type of fatal event was single-vehicle accidents in which only a waste collection vehicle was involved. The second-most-common fatality was being struck by a waste collection vehicle, either as a helper or when a driver was out of the cab. This suggests that rushing could be contributing to these incidents, the association says.
Collection fatalities remained steady in 2020 compared with 2019 and were up from 2018 when 42 occurred. Fatal incidents at landfills fell from 11 in 2019 to four in 2020, and material recovery facilities (MRFs) similarly saw a drop in worker deaths from four in 2019 to one last year. Fatalities at transfer stations increased from one in 2019 to three in 2020.
In addition to worker fatalities, SWANA also tracks events in which a member of the public is killed in a solid waste-related incident. In 2020, 76 members of the public in the United States and Canada were killed in collisions with a solid waste collection vehicle, with about 62 percent being vehicle collisions. Last year saw slightly fewer fatalities in members of the public than in 2019, when there were 80 fatalities. This continues the decline from 2018, when 101 members of the public died.
At the state level, New York had the most fatal incidents with 15, followed by California with 12, Texas with 11, Pennsylvania with nine and Florida with eight. New York and California have both been in the top five states in numbers of fatalities for the past three years.
Fires continue to be threat at waste and recycling facilities, report shows
Fires at waste and recycling facilities in the U.S. and Canada continue to be a major problem for the industry, according to the “4th Annual Reported Waste & Recycling Facility Fires US/CAN” report compiled by West Bloomfield, Michigan-based Fire Rover.
The report, which compiles various fire-related data pertaining to the waste and recycling industry in the U.S. and Canada, shows that publicly reported fires totaled 272 in 2016, 290 in 2017, 365 in 2018, 345 in 2019, and 317 in 2020. The average for the 5-year period is 318 per year. The company tracks these fires based on media-reported incidents.
Of the 317 reported fires in 2020, 158 occurred in facilities that process waste, paper and plastic; 108 occurred in facilities that process scrap metal; 20 occurred in facilities that process organics; four occurred in facilities that process chemicals; eight occurred in facilities that process C&D; seven occurred in facilities that process rubber; and 12 occurred in facilities that process e-scrap.
These fires were responsible, either directly or indirectly, for 23 reported injuries and three deaths in 2020.
When tracked from 2016 to 2020, facilities that process waste, paper and plastic accounted for 49 percent of fires; 32 percent occurred in facilities that process scrap metal; 7 percent occurred in facilities that process organics; 3 percent occurred in facilities that process chemicals; 3 percent occurred in facilities that process C&D; 3 percent occurred in facilities that process rubber; and 2 percent occurred in facilities that process e-scrap.
The states with the most reported fires in 2020 include California, Ohio, Texas, New York, Florida, Michigan, Illinois, Massachusetts, South Carolina and Pennsylvania.
The report also tracks what it calls “total known fire incidents” in waste and recycling facilities. This data combines the number of publicly reported fires with the number of fire incidents that Fire Rover suppression systems put out in a given year. This data shows that total known fire incidents totaled 297 in 2016, 353 in 2017, 441 in 2018, 468 in 2019 and 524 in 2020.
The report cites six typical causes of these fires and fire incidents:
- traditional fire hazards from combustibles such as aerosols, chemicals and butane cans;
- lithium-ion batteries;
- heat/dry environments;
- inherent risk from recycling chemicals and hazardous materials;
- sparks from building and equipment maintenance; and